The table of progress

Progress on building the modules

Module-wise

Note that the 'BONUS!' represents something that could be done, and does not count as a strict TODO.

Name of module ToDo Done Progress
tobo
  • Writing specs
  • HV7360 has been updated
  • Sending microcircuits to Edgeflex
  • Agreeing on the strips/tracks
  • Defining the ICs to use to pulse
  • Getting schematics
  • Publishing schematics
  • Receive the module
  • Test it with different transducers
  • Publish the sources in KiCAD
100%
elmo
  • Getting a board an soldering some ADCs
  • Understand GPIO mem mapping
  • Get raw data with offset vref/2
  • Tests with a single ADC at 11Msps
100%
cletus
  • Remove the jitter (see image in Rdme)
  • Include notes
  • Get a 3.5MHz piezo
33%
tomtom
  • Save images as DICOMs
  • Mapping the pins shared between PWM, pHAT and tracks
  • Developping a CA3306E version of the 10Msps ADC pHAT for testing.
  • Testing the limits of ADC acquisition (speed / bits)
  • Understand why some GPIOs do not have lower values at 0..
  • Set pins to down on boot
  • Dev a version of the ADC08200
  • Create a kernel module
  • (Still to be explored) MixedGadget => Storage + ethernet or this or that.
  • Test the PWM
90%
doj
  • PCB on OSHPark
  • Having the list of strips accessible
  • Design
  • Change the viewme
  • Assemble it
  • Test it
  • Adapt power supply from v2 - smaller board footprint
  • Add a level shifter been Pon 3.3 and 5 and Poff 3.3 and 5
  • A bit more space around the Pi0/PiW headers
  • Proper silkscreening around the Pi0 headers (they are reversed)
  • Jumper for the ADC in.. and selector (enveloppe and amplified signal) (either to Feather or to ADC .. and dedicated pin on Rpi)
  • SPI from RPi to Oled... or SPI to screen (to be checked in both case) .. or both kept, there are two SPI
100%
croaker
  • Replace the work done by OneEye by Croaker - that is, pulse control.
  • Get better total ADC speed with an iterleaved move
  • Develop a Cletus+Croaker way of working with a gyroscope+accelerometer.
  • Have Croaker generate its own AP
  • Choose the platform (BBB, RPi0, STM32, ... ?) : that'll be a Feather WICED for this iteration of Croaker
  • Getting some images
  • Getting images onto a screen
  • Getting good resolution images -- see the breadboard phantom
50%
retroATL3
  • Replace the work done by OneEye by Croaker - that is, pulse control.
  • Get better total ADC speed with an iterleaved move
  • Develop a Cletus+Croaker way of working with a gyroscope+accelerometer.
  • Have Croaker generate its own AP
  • BONUS! Get RealTime acquisition
  • Finding the pins mapping
  • Acquire and build ultrasound pictures =)
  • Motor in action
  • Refill Oil
  • Test echoes
  • Make and insert a video: there
63%
goblin
  • Check the power consumption
  • Testing the in and out signals of the board with the prudaq.
  • Specs to write
  • Agreeing on the strips
  • Check if 5V and 3.3V are stable
  • Defining the ICs to use
  • Getting schematics
  • Send microcircuits to Edgeflex
  • Receive the module
  • Publish the sources in KiCAD (@Sofian maybe?)
  • CANCELLED - Test it with the EMW3165
  • Plug it to a RPi0 or BBB or STM32
  • Connect the ADC to a RPi0
100%
loftus
  • TBD
  • Identifying a supplier
50%
silent 100%

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